Arsenal SAM7K-55 7.62x39mm Semi-Auto Rifle with 8.5" Threaded Barrel

Arsenal SAM7K55 SAM7K 7.62x39mm 30+1 8.50" Black Steel Threaded Barrel, Polymer Handguards, Black Aluminum Forged & Milled Receiver, Mounted 1913 Picatinny Rail, Black Polymer Grips

The Arsenal SAM7K-55 offers a reliable and durable semi-automatic rifle chambered in 7.62x39mm, perfect for both tactical applications and recreational shooting. Its 8.50-inch threaded steel barrel provides precision and versatility, allowing for easy attachment of muzzle devices. The rifle features a black aluminum forged and milled receiver that ensures strength and longevity, complemented by black polymer handguards and grips for comfortable handling. Equipped with a mounted 1913 Picatinny rail, users can easily add optics or accessories to customize their setup. The rifle's ambidextrous safety offers added convenience for left- and right-handed shooters, while the peep rear sight ensures accurate targeting. Weighing approximately 5.87 pounds and measuring 17.50 inches in overall length, the SAM7K-55 balances portability with performance. Its 30+1 capacity magazine provides ample firepower, making it suitable for various shooting scenarios. Built with quality materials and thoughtful features, the Arsenal SAM7K-55 is a dependable choice for firearm enthusiasts and professionals alike.

Features:

• Action: Semi-Auto for reliable shooting performance

• Caliber: Chambered in 7.62x39mm for versatile use

• Barrel Length: 8.50-inch threaded steel barrel for precision and customization

• Capacity: 30+1 rounds for extended shooting sessions

• Safety: Ambidextrous safety for ease of use from either side

• Grips: Black polymer for comfortable handling

• Sights: Peep rear sight for accurate aiming

• Weight: Approximately 5.87 pounds for comfortable carry

• Overall Length: 17.50 inches, suitable for various shooting environments

• Barrel Length Range: 8 to 8.99 inches, categorized for compactness and maneuverability

• Weight Range: 5 to 5.99 pounds, balancing portability and stability